This study uses a multi-model ensemble (MME) for the assessment of the spatial and
temporal variations of rainfall in peninsular Malaysia under climate change scenarios. The …

Abstract Development of robust hydrologic-hydrodynamic simulation models is challenging,
especially in regions, where in-situ observation data are scarce. Parameter calibration is …

The Upper Citarum River Basin is the main catchment area of the Saguling Dam, the most
upstream of three cascade dams in the Citarum River Basin. During the last 30 years, rapid …

Since the 1970s, climate change has led to decreasing water resources in the Sahel. To
cope with climate change, reliable modelling of future hydroclimatic evolutions is required …

The Niger basin has experienced historical drought episodes and floods in recent times.
Reliable hydrological modelling has been hampered by missing values in daily river …

Performance evaluation of hydrological models enables their consolidation, thereby
allowing for the evaluation of water resource conservation approaches. This research aims …

Since the 1970s, climate change has led to decreasing water resources in the Sahel. To
cope with climate change, reliable modelling of future hydroclimatic evolutions is required …

Climate simulations in West Africa have been a challenge for climate models due to the
complexity and the diversity of processes to be represented. No coherent trend for either …

Intensity duration frequency (IDF) curves are important in designing and managing urban
hydraulic structures for mitigation of floods. The objective of the study was to develop IDF …